Abaqus Impact Analysis

Analysis of impact  in ABAQUS

In this package, we will teach you how to simulate and analyze Impact-Crash in Abaqus software. Also, these 7 workshops are practical examples for you. Here, we have also discussed how to use the dynamic explicit solver. In the following, we will briefly introduce each of the workshops.

The importance of analyzing the problems in the field of impact mechanics is not hidden from anyone. Crash testing is a type of destruction test that is performed to estimate the safety of parts against destruction and adaptation to critical design conditions. Analyzing the strength of structures such as cars, submarines, analyzing the impact of a tennis ball on a racket, and finding the bounce coefficient between two objects show just one aspect of the breadth and variety of impact mechanics. However, Abaqus software, as one of the most powerful analytical tools, has the ability to model and analyze problems in the field of impact mechanics with very high accuracy. In this package, we will teach you the most widely used examples of this simulation group for Impact-Crash. For more information click the link.

Workshop 1: simulation of Can drop in a Lagrangian space

In the first workshop for the impact-crash test, we will simulate and analyze a can of water in a Lagrangian space. In this tutorial, we will show you how to solve explicit-dynamics jobs. Note that the initial speed was considered to the Can and the liquid inside.

Workshop 2: Impact analysis on Balloon with Bullet

This workshop teaches you how to simulate the impact of a rigid bullet on a balloon full of gas as one example of impact crash. How to consider the inertia for the model, define the hyperelastic material and solve it by the dynamic-explicit method is fully discussed. Moreover, this workshop teaches you how to simulate the pressure caused by the gas inside the balloon.

Workshop 3: Impact analysis on a plate with bullet

In this example, we analyze and simulate the impact of a bullet on a plate, both of them are made of aluminum. In this analysis, Johnson Cook’s law was used for damage. We will introduce you to how to partition for having more accuracy at the site of damage through the finer mesh. The solution method to this analysis is dynamic-explicit.

Workshop 4: Simulation of aluminum can

impact in Abaqus

In the fourth example, our goal is to analyze and simulate the crash test. As you know, the crash test is one of the most important mechanical laboratory tests in the industry. In this example, we simulate an aluminum can place between two rigid plates, fixed on one side and pressed on the other. Importantly, the solver is dynamic explicit and is taught how to create contacts between surfaces completely.

Workshop 5: Impact crush Simulation of metal can

In this workshop, we will simulate a mechanical collision test in Abaqus software. In this example, we simulate the collision of an aluminum can with a steel block. Here’s how to build the parts, assign the material, configure the dynamic explicit solution steps, and finally analyze the results. Also, in the final section, you will see the settings for the velocity-time and energy-time graphs.

Workshop 6:  Simulation of pipe test impact in Abaqus

In this workshop, we simulated a test crash between a steel pipe and a rigid plate. By defining a reference point, we assign the moments of inertia and mass moments. Also, in this example our solver is dynamic-explicit. Finally, you will see the deformation of the model and the desired graphs.

Workshop 7: Simulation of  LATERAL crush

In this workshop, we simulated the side impact of a piece on a soda can. Again, we use a dynamic explicit solver. To create pressure on the can, a specific displacement is used for the actuator part.